384ch Auto Patch Clamp SyncroPatch 384

You can experience actual measurements and demonstrations using our various products. For more details about the products, please refer to the related products below. *Capacity: Approximately 10 to 20 people *Due to limited lab space, depending on the number of participants, there may be a possibility of dividing into two sessions, morning and afternoon. *Participants who register for the workshop will be contacted again once the details are finalized.

We are pleased to announce that Nanion Technologies Japan Co., Ltd. will co-host the Membrane Physiology Symposium Japan 2025 in collaboration with Professor Hideaki Kato's laboratory at the University of Tokyo's Advanced Research Center. Following the symposium, we will also hold a modest networking event, and we warmly invite you to participate. For details on the program and other information, please refer to the related PDF documents. Speakers (in alphabetical order): - Dr. Kenji Akiyoshi | Keio University, Faculty of Pharmacy - Dr. Shuutarou Katsurabayashi | Fukuoka University, Faculty of Pharmacy - Dr. Hideaki Kato | University of Tokyo, Advanced Research Center - Dr. Tomoya Kubota | Osaka University Graduate School of Medicine - Dr. Shin Hamamoto | University of Tokyo Graduate School of Agricultural and Life Sciences - Dr. Yuichiro Miyaoka | Tokyo Metropolitan Institute of Medical Science - Dr. Chai-Ann Ng | Victor Chang Cardiac Research Institute - Dr. Alexandre Santinho | Oria Bioscience - Dr. Will Seibertz | Nanion Technologies GmbH - Dr. Martin Ziller | Nanion Technologies GmbH

We are pleased to announce that Nanion Technologies Japan Co., Ltd. will be hosting the Ion Channel Forum 2023 in person for the first time in four years, in collaboration with Tokyo Women's Medical University. Following the forum, we will hold a modest networking event at a hotel in Tokyo. Additionally, we plan to conduct a workshop on electrophysiology using our various products the following day. Scheduled speakers (in alphabetical order): Dr. Tadashi Kimura | Veneno Technologies Co., Ltd. Dr. Takaaki Sogabe | Center for Life Creation Research, Temperature Biology Research Group Dr. Kiyoshi Takasago, Dr. Hatsue Furukawa | Axcelead Drug Discovery Partners, Inc. Dr. Takuma Takada | Advanced Research Institute for Medical Science, Tokyo Women's Medical University Dr. Hiroyuki Takeda | ProteoScience Center, Ehime University, Department of Proteo-Drug Discovery Science Dr. Tomoya Tsukazaki | Nara Institute of Science and Technology, Graduate School of Advanced Science and Technology, Bioscience Area, Structural Life Science Dr. Masafumi Doi | Daiichi Sankyo RD Novare Co., Ltd., Biological Evaluation Research Department, Discovery ADMET Group

We are pleased to announce the publication of the Electrophysiology Experimental Equipment Catalog vol. 6. 【Featured Products in the Catalog】 ■ Auto Patch Clamp System Ideal for evaluating the effects of compounds on ion channels and for functional and structural analysis of ion channels. From a compact system that allows you to check data immediately at hand to a high-throughput system for compound screening in pharmaceutical research and development. ■ Artificial Lipid Bilayer Experimental Device For functional and structural evaluation of target membrane proteins reconstituted into artificial lipid bilayers, as well as for evaluating drug actions. ■ Liposome Preparation Device Quickly and easily automates the preparation of liposomes without hassle. ■ Transporter Activity Measurement Device Enables label-free and real-time direct measurement of transporter currents without using fluorescent probes or radiolabeled ligands. ■ iPS-Derived Cardiomyocyte Measurement System For evaluating cardiotoxicity, contractility, and drug screening using iPS-derived cardiomyocytes. ■ Cell Monitoring Device Allows for label-free and real-time high-throughput measurement of cell kinetics (up to 6 x 96-well plates).